'''Calcitine''' has split from it's ancestor. Having spread to the [[Sublyme Limestone Caves]], the [[Tealspot Cryoutine|tealspot cryoutine]] needed alternate means of nutrition, as there was little to no sunlight and no other lifeforms to infect parasitically. Eventually, [[Tealspot Cryoutine|tealspot cryoutine]] evolved to use calcite, a major part of limestone, as an energy source. As such, the calcitine has spread throughout the entire cave system. Calcitine live on rocks, and stalagmites. They've yet to spread to stalactites and the cave ceiling. Calcitine use the carbon from carbon-dioxide as a carbon-source, producing oxygen as a waste product.
'''Calcitine''' has split from its ancestor. Having spread to the [[Sublyme Limestone Caves]], the [[Tealspot Cryoutine|tealspot cryoutine]] needed alternate means of nutrition, as there was little to no sunlight and no other lifeforms to infect parasitically. Eventually, [[Tealspot Cryoutine|tealspot cryoutine]] evolved to use calcite, a major part of limestone, as an energy source. As such, the calcitine has spread throughout the entire cave system. Calcitine live on rocks, and stalagmites. They've yet to spread to stalactites and the cave ceiling. Calcitine use the carbon from carbon-dioxide as a carbon-source, producing oxygen as a waste product.
Calcitine has split from its ancestor. Having spread to the Sublyme Limestone Caves, the tealspot cryoutine needed alternate means of nutrition, as there was little to no sunlight and no other lifeforms to infect parasitically. Eventually, tealspot cryoutine evolved to use calcite, a major part of limestone, as an energy source. As such, the calcitine has spread throughout the entire cave system. Calcitine live on rocks, and stalagmites. They've yet to spread to stalactites and the cave ceiling. Calcitine use the carbon from carbon-dioxide as a carbon-source, producing oxygen as a waste product.
Living Relatives (click to show/hide)
These are randomly selected, and organized from lowest to highest shared taxon. (This may correspond to similarity more than actual relation)
